Perform Engineering Simulation for the Marine & Offshore Industry Central

Course details

This module, focusing primarily on applications in the marine and offshore industry, is recommended for engineers who wish to perform various engineering analyses related to marine and offshore engineering using Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD) simulations. The standard stipulates how to:

• Analyze the dynamics of structures, including modal analysis, harmonic response analysis and analyzing the effects of random vibration on a structure
• Analyze fatigue phenomena for both linear and non-linear static structural analyses to investigate the product's durability
• Perform multi-body hydrodynamic analysis on all types of marine and offshore structures, including diffraction, environment loadings, frequency, time domains, mooring as well as articulations analyses
• Analyze fluid-structure interaction to understand the interfaces between fluid and structural domains for various marine and offshore applications, such as those related to hull design, ship optimization, impact of waves on freshwater and offshore systems as well as evaluating the response of structures and systems to time-varying ocean waves loads

WHO SHOULD ATTEND

This training course is intended for engineers in the Marine & Offshore industry who are required to perform engineering simulation to validate their designs.

PRE-REQUISITES

Engineering knowledge is required. Familiarity with computer (PC or workstation) and knowledge of Computer Aided Engineering (CAE) are useful.

Participants must have completed the following course (or its equivalent):

• Apply Engineering Simulation Fundamentals

Participants should preferably have completed the following courses:

• Perform Structural Simulation for Design Verification
• Perform CFD Simulation for Design Verification

COURSE SYLLABUS

• Basic Structural Dynamics
• Modal Analysis
• Harmonic Analysis
• Response Spectrum Analysis
• Transient Structural Analysis
• Basic Structural Contact
• Advanced Structural Contact
• Basic Post-Processing for Mechanical Stress Simulation
• Assignment of Material Properties
• Stress-Life High-Cycle Fatigue Analysis
• Strain-Life Low-Cycle Fatigue Analysis
• Post-Processing for Results
• Fundamentals of Multibody Hydrodynamics Analysis
• Radiation/Diffraction Analysis
• Post-Processing
• Equilibrium and Stability Analysis
• Frequency Domain Analysis
• Slow Drift Time Domain Analysis
• Survival Wave Time Domain Analysis
• Fully Coupled Cable Dynamics
• Fundamentals of Fluid Structure Interaction (FSI)
• One-way FSI
• Immersed Solids
• Moving Mesh
• 6-dof Rigid Body Solver
• Two-way FSI